3results about How to "Improve cladding quality" patented technology

This invention discloses a method for manufacturing a traveling wave pump rotor, comprising the following steps: machining the outer shell, machining the base plate and the first injection-molded plate, machining the cover plate and the second injection-molded plate, machining the enclosure mechanism, and machining and forming the rotor. The manufacturing method of this invention is simple in its steps, which not only improves the integral machining quality of the traveling wave pump rotor, but also facilitates the formation of an injection-molded layer on the surface of the traveling wave blades, reducing friction and wear of the traveling wave pump rotor during operation, while also reducing noise and extending the service life of the traveling wave pump.

The application provides a laser cladding lap joint quality control method and device, a storage medium and a terminal, wherein the method comprises the following steps: acquiring an image of a reference stepping area in a previous cladding path to be overlapped with a to-be-cladded path to-be-stepped area, and acquiring vertical distance data of a laser cladding nozzle and the to-be-cladded path to-be-stepped area; based on the image of the reference stepping area and the vertical distance data, an actual half-width of the reference stepping area is acquired; according to the relationship between the actual half-width and a preset half-width, the position of a cladding center in the laser cladding nozzle is corrected based on a preset correction mode, so that the driving system drives the laser cladding nozzle with the corrected cladding center position to perform cladding on the to-be-stepped area. The application can realize dynamic control of the lap joint rate, and at the same time, conformal cladding of a thin plate is realized, and the cladding quality is higher.

This utility model belongs to the field of edge-wrapping equipment and provides a fully automatic edge-wrapping device, including: a frame equipped with a support platform for placing the packaging film to be wrapped; a heating mechanism mounted on the frame, which can be moved closer to or further away from the support platform to ensure the heated packaging film adheres tightly to the product; a pressing mechanism and several auxiliary mechanisms, with the pressing mechanism movably positioned above the support platform. Compared with the prior art, the advantages of this utility model are that by heating the packaging film to adhere more tightly to the product surface, and with the pressing mechanism pressing the product onto the packaging film, while the peripherally distributed auxiliary blocks push the edge of the packaging film towards the side wall of the product, a uniform and wrinkle-free edge-wrapping effect is achieved. The entire edge-wrapping process requires no manual intervention, improving production efficiency, reducing labor costs, and ensuring the consistency and aesthetics of the packaging film when wrapped on the product, making it suitable for continuous industrial production.